Not yet explained in the prevailing physics | Problem | Explanation in 'Oreon hypothesis' |
Baryon-asymmetry | Why there is more matter than antimatter? | Oreon hypothesis denies the existence of antimatter. |
Magnetic monopoles | Do particles exist carrying 'magnetic charge'? If so, why it is so difficult to find them? |
Magnetic monopoles do not exist. Theory is missing. |
Quantum chromo dynamics (QCD) in a non-perturbative surrounding | The QCD formulas do not fit the energy levels in the nuclei. | A nucleus does not consist of protons and neutrons but of oreons. |
Mass of neutrinos | What is the mass of the existing neutrinos? | All particles have a mass being an integer times the mass of an oreon. |
Gravitational waves | Is the universe filled with gravitational waves from the Big Bang? Or are gravitational waves from astronomical source, as neutron stars revolving each other? What do they mean related to quantum gravity and general relativity? | Gravitational waves do not exist. Strong vibrations of the neutralon sea have been observed. |
Do protons decay? | If so, what is their half live? | Every composite particle can be destroyed, provided that sufficient energy is used. No free particle has enough energy. Only at the center of a star a proton can be cracked. |
Globe-lightning | What exacly is glowing there? Can it be explained? | Maybe a globe-lighting is the smallest possible unstable (nano) star. |
Velocity of light in vacuum | What does limit the speed of light? | The neutralon sea as a medium. |
Cosmologic constant | It has been established the expansion of the universe goes accelerating. How it is possible? | Maybe it is an optical illusion. |
Cosmic inflation | Is the theory about the cosmic inflation right? | No. Space and time do not belong to physics. They are mathematical. Space cannot expand. |
Revolve problem of the Milky Way | Why does the Milky Way rotate almost as a solid disk? Is it about dark matter or should the Newtonian dynamics be changed? | The neutralon sea causes an entraining effect. (viscosity) |